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酞菁化合物的结构与卟啉类似,对光和热稳定性好,在可见光区有强的吸收,而且它还具有半导体性能和光生伏打效应。因此作为光导材料,信息记录和储存材料,以及在模拟光合作用研究光敏电子转移反应中作为光敏剂。引起人们广泛的兴趣。一般水溶性酞菁在水溶液中容易形成聚集体。聚集体与单体的性质有很大差别。因此了解酞菁
Phthalocyanine compounds have a similar structure to porphyrin, have good light and thermal stability, strong absorption in the visible region, and have semiconducting properties and photovoltaic effects. It is therefore useful as a photoconductive material, as an information recording and storage material, and as a photosensitizer in the study of photopheresis for photoelectron transfer reactions. Aroused widespread interest. General water-soluble phthalocyanine in aqueous solution easy to form aggregates. Aggregates and the nature of the monomer is very different. So understand phthalocyanine